Department of Science
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The Department of Science of our University plays a key role in the development, coordination and monitoring of the implementation of strategic goals and objectives of scientific research. Our main goals and objectives include:
- Development and coordination of the University's research and development: We are working on the development and coordination of scientific research that contributes to the achievement of the university's strategic goals. We are also monitoring progress in their implementation.
- Coordination of research institutes, research centers and laboratories: We ensure consistency and cooperation between the various scientific departments of the university for the effective use of resources and the achievement of scientific goals.
- Raising awareness and competencies of staff and students: We provide training to staff and students on the use of international, foreign and Kazakhstani scientific and technical projects, as well as on the preparation of scientific articles and reports for publication in scientific publications.
- Publication of the bulletin: We publish a scientific journal in accordance with the annual plan, providing an opportunity to publish scientific articles and research results.
- Facilitating participation in international conferences and seminars: We organize the secondment of staff and students to international scientific events to expand their professional horizons and participate in scientific dialogue.
- Organization of innovation and commercialization of research results: We support startup projects, business incubators and other forms of innovation activity for the commercialization of scientific developments.
- Using the scientific potential of the University to solve scientific problems of the pedagogical sphere: We strive to apply the results of our research to improve the quality of education and teaching practice.
Our Department of Science is aimed at creating a favorable environment for scientific activity and building the scientific potential of the university to achieve high scientific results and active participation in the international scientific community.
University Research Report (2021)
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Abdraimova Moldir Rashidovna
Position: Director
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Abdraimova Moldir Rashidovna
Position: PhD, acting Associate Professor
Education:
Date of admission / graduation of educational institution
Educational institution
Received diploma / degree
2004-2008
Kazakh State Women's Pedagogical University
Bachelor of Chemistry,
Chemistry Teacher
2008-2010 гг.
Kazakh State Women's Pedagogical University
Master of Natural Sciences, specialty 6M060600-Chemistry
2014-2017.
Kazakh State Women's Pedagogical University
PhD-doctoral student in specialty 6D060600-chemistry
2018
By the decision of the Committee for Control in the Field of Education and Science of the Ministry of Education and Science of the Republic of Kazakhstan No. 448 dated March 14, 2018, the degree of Doctor of Philosophy (PhD) in the specialty "6D060600-Chemistry"was awarded.
Working experience:
Period of work
Place of work
Position
2010-20188 2010-2018
Kazakh State Women's Pedagogical University
Senior Lecturer oftheDepartment
2018-2019of Chemistry2018-2019
Kazakh State Women's Pedagogical University
Head of the Educational Process Department
2019 г.
Kazakh National Women's Pedagogical University
Менеджер по Project Manager ofM University,
Acting Associate Professor of the Department
of Chemistry 2019-2022
Kazakh National Women's Pedagogical University
Head of the Department of Science and Postgraduate Education
October 2022 present
Kazakh National Women's Pedagogical University
Director of the Department of Science
Scientific works:
On December 21, 2017, he defended his PhD thesis in the specialty "6D060600-Chemistry" on the topic "Synthesis, structure and magnetic properties of complex oxides of s, - p,-d, - f elements";
Since 2013, about 50 scientific articles have been published based on the results of scientific research. Including in journals recommended by the Committee of the Ministry of Education and Science of the Republic of Kazakhstan-11 articles, on the basis of SCOPUS – 11 scientific articles, on the basis of Thomson Reuters-7 scientific articles, 5 articles in foreign scientific publications, 15 articles in collections of international and domestic scientific and practical conferences;
Author of 2 teaching aids, 3 monographs, 3 innovation patents of the Republic of Kazakhstan;
Hirsch index Scopus 3, web of science 1
Winner of international and republican scientific and practical conferences.
Research Internship
February,
2015
Seminar topic: "Desktop powder X-ray diffractometer (RigakuMiniFlex / 600) (EG E-Globaledge Corporation)", Russia;
October,
2015 /
2016
Uzbekistan, Tashkent, National Tashkent University, "Center for High Technologies", Cambridge-Tashkent,
Supervisor: Professor Khayrolla Khamidov;
May,
2016United
Kingdom, Cambridge, University of Cambridge, Cavendish Laboratory
Supervisor: Professor Sidharth Shanghai (Montu) Saxena;
February-March,
2017
2018 2019
2019
Институт физики им. L. V. Kirensky Institute of Physics in Krasnoyarsk, Russia
Head: Professor G. S. Patrin;
October, 2020
Istanbul University, Istanbul, Turkey
April-July,
2022
Holder of the Bolashak 500 Scholar International Scholarship
Yildiz Technical University, Istanbul, Turkey
Participation in Project
Responsible Executor of scientific projects of the Committee of Science of the Ministry of Education and Science of the Republic of Kazakhstan, GF / 5, GF/4
Project manager: Doctor of Chemical Sciences, Professor M. M. Mataev
Assignment or project name: Synthesis and physico-chemical studies of multifunctional magnetic materials of a new generation "
Year: 2015-201-2017гг.
Place of implementation: Kazakhstan
Customer: Ministry of Education and Science of the Republic of Kazakhstan, Committee of Science
Project results: To perform the tasks set, the authors selected modern experimental methods, such as high-temperature solid-phase synthesis, X-ray phase analysis, calorimetric methods for determining heat capacity, magnetometric and low-temperature studies, electrical conductivity studies, mathematical calculations of physical and chemical parameters.
For the first time, high-temperature solid-phase method was used to synthesize compounds with the composition
and
(
,
,
,
,
,
,
,
,
,
,
), the types of their syngony and unit cell parameters are determined radiographically.
Assignment or project name: AR05130165 "Development and physical basis of new crystal systems in the class of multiferroics"
Year: 2018-20-2020
Priority: Rational use of natural resources, including water resources, geology, processing, new materials and technologies, safe products and structures.
Place of implementation: Kazakhstan
Customer: Ministry of Education and Science of the Republic of Kazakhstan, Committee of Science
Project objective: The project is aimed at solving the fundamental problem of designing new composite, polycrystalline and nanoscale materials in the class of multiferroics and developing the physical foundations of phenomena that determine susceptibility to magnetic and electrical influences.
Project results: As a result of the work, new materials of magnetic semiconductors for solar energy conversion devices, materials for spintronics, microelectronics and computer equipment devices can be obtained.
Task or project name: AR08052805 (under contract No. 98 dated9.0529.05.2020), "Development of a combined technology for regeneration of production wells and the bottom-hole formation zone in the conditions of downhole uranium production"
Year: 2020-2022 (for young scientists to implement scientific research on scientific and (or) scientific and technical projects
Place of implementation: Kazakhstan
Customer: Ministry of Education and Science of the Republic of Kazakhstan, Science Committee
Project objective:
Development of an effective technology for carrying out repair and restoration works of geotechnical wells in the conditions of underground downhole leaching of uranium in difficult mining and geological conditions. At the same time, a combined impact on the near-filter zone of the well formation is provided, combining pneumatic pulse and chemical methods of impact that increase the productivity of technological wells. This technology increases the permeability of the productive horizon and increases the period of uninterrupted operation of technological wells, and helps prevent sedimentation in a porous medium. In addition, it reduces the specific costs of chemical reagents, electricity, diesel fuel, labor costs and other production costs in the process of downhole extraction of uranium from various mining and geological blocks.
Professional development and otherachievements:
2012
E. A. Buketov KarSU, English course in chemistry
2013
Ministry of Education and Science, JSC "Orleu", Valencia Polytechnic University, (Spain, Valencia, 240 hours)
2012-2013
Kazgoszhenpu, winner of the rating among teachers-3rd place
2013-2014
2014
2018
2019 2020Rating
2020 y.
among senior teachers of Kazgoszhenpu-2nd place
Badge "Ulagat ustaz" dedicated to the 70th anniversary of the University
"Bilim beru salasyn uzdigi" -2018
Winner of the contest "Best Council of Young Scientists", announced by the Foundation of the First President of the Republic of Kazakhstan – Elbasy
Training course on working on chemical laboratory analytical scales RADWAG model ASAS 220.R2 "TOO ALEMTRADE"
